croplibrary

Catabolic metabolism in plant cells involves the breakdown of complex molecules like carbohydrates, lipids, and proteins to generate energy and metabolic intermediates that cell can use. It involves following steps Glycolysis Pentosephosphate pathway Citric acid cycle Oxydative phosphorylation Breakdown of starch, lipids and proteins Steps involved in catabolic metabolism in plants Glycolysis Glycolysis is a […]

Lipids are vital to plant biology, serving as key structural components of cellular membranes, energy reservoirs, and protective barriers against environmental stress. Constituting approximately 5.9% of the plant’s dry weight, lipids are indispensable for maintaining cellular integrity and function. This blog explores the intricate processes of lipid metabolism in plants, focusing on four main aspects:

Nitrogen assimilation is fundamental to plant growth and productivity, serving as a cornerstone of agricultural success and ecological balance. This process encompasses a range of intricate and vital mechanisms that enable plants to absorb, utilize, and recycle nitrogen. From the cycling of nitrogen through ecosystems and its fixation in root nodules to the metabolism of

Introduction Photosynthesis is a remarkable and essential process through which green plants, algae, and certain bacteria capture energy from sunlight to produce food in the form of glucose. This life-sustaining mechanism not only supports plant growth but also forms the foundation of nearly all ecosystems by supplying energy to other organisms. Photosynthesis occurs primarily in

Overview Plants require a variety of essential mineral nutrients to grow, develop, and complete their life cycles. Macronutrients and micronutrients together ensure that plants can grow efficiently, resist stress, and complete their life cycles, highlighting the intricate relationship between nutrition and plant physiology. These nutrients are categorized based on the quantities needed: Macronutrients Required in